Bulk Oat Beta Glucan Powder 20%-35%

Whatis オーツベータグルカン粉末 20%-35%?

Oat Beta Glucan Powder 20%-35% is a water-soluble linear polysaccharide hydrocolloid extracted from the cell walls of non-GMO oat (Avena sativa) endosperm, defined by (1->3) and (1->4) linked beta-D-glucan bonds. Characterized by a regulated molecular weight distribution of 1 x 10^5 to 1 x 10^6 Daltons, this raw material provides machine-readable structural consistency necessary for predictable rheological indexing in high-volume industrial processing.

Formulators deploy this specific 20%-35% concentration as a functional texturizer and moisture-binding matrix to eliminate phase separation in high-temperature UHT plant-based dairy pipelines and prevent syneresis in meal replacements. The controlled particle distribution at 80 mesh combined with a bulk density of 0.40–0.60 g/mL ensures optimized gravity-flow kinetics, avoiding bridge formation in compounding hoppers and preventing die-sticking on automated encapsulation lines.

グリーン・春技術 manufactures this ingredient under a standardized supply architecture established in 2000, with batch validation verified through EU Organic, USDA Organic, BRC, and IFS global food safety standard frameworks. The production matrices undergo active FDA registration, Halal, Kosher, ISO9001, and ISO22000 auditing, guaranteeing complete traceability and absolute compliance with European Commission and North American regulatory limits for heavy metals and pesticides.

仕様 

Quality & Compliance

Global Food Safety & GFSI Benchmarked Certifications

Batch processing and facility sanitation standards are audited and certified under BRCGS (Brand Reputation Compliance Global Standard) with a Grade A rating, alongside IFS Food (International Featured Standards) at the Higher Level, ensuring compliance with strict global hazard analysis critical control point (HACCP) directives.

International Agricultural Organic Traceability

The supply chain enforces full batch identity preservation (IP), verified and documented via EU Organic Certificate (pursuant to Regulation EU 2018/848) and USDA Organic Certification, guaranteeing non-irradiated, solvent-free raw material integrity.

Systemic Quality & Food Safety Management

Industrial processing runs under integrated validation loops certified by ISO 9001:2015 (Quality Management Systems) and ISO 22000:2018 (Food Safety Management Systems), ensuring batch-to-batch homogeneity in physical and chemical characteristics.

Religious and Specialty Market Access Labels

The raw material meets the strict dietary laws of global consumer demographics, fully registered and certified under Halal (MUI/JAKIM recognized) and Kosher (Pareve status) operational codes.

North American & European Regulatory Compliance

Production facilities maintain active FDA Facility Registration, allowing streamlined entry protocols at US ports. Every batch is guaranteed to comply with European Commission Regulation EC No 396/2005 thresholds for pesticide limits (Glyphosate-Free) and USP <233> criteria for heavy metal control.

Cosmetic Material Admission

For topical formulations and personal care manufacturing pipelines, the ingredient aligns with international clean-beauty directories and possesses COSMOS Approved status, confirming its safety for natural and organic cosmetic bases.

Key Advantages

Thermodynamic pH Compatibility & Protein Protection

The ingredient maintains a neutral pH profile of 6.0–8.0 in a 1% solution, ensuring full compatibility with sensitive plant proteins by staying clear of their isoelectric aggregation points. During thermal sterilization, it prevents localized curdling, protein denaturation, or micro-flocculation, maintaining long-term phase homogeneity.

High-Shear Homogenization & Thermal Shear Tolerance

Featuring resilient (1->3)(1->4) linkages, the polymer chain withstands high-pressure homogenization up to 200–250 bar and continuous UHT loops without molecular degradation. The post-processing pseudoplastic behavior remains fully intact, eliminating post-bottling thinning or serum separation over shelf life.

Optimized Gravity Flow Kinetics & Anti-Caking Performance

With a controlled particle size where at least 95% passes through 80 mesh and a bulk density of 0.40–0.60 g/mL, the powder optimizes fluidics. It minimizes static accumulation, effectively preventing industrial hopper bridging, wall-clinging, or automated feed-chute blockages on continuous compounding lines.

Rapid Dissolution & Agglomeration Control

The surface energy is calibrated to achieve uniform wetting without creating hydrophobic outer shells, completely preventing the formation of insoluble agglomerates or "fish-eyes." Complete macromolecular swelling is reached within 20–30 minutes at 20-25 deg C, or under 10 minutes at 60-70 deg C.

Exceptional Moisture-Binding & Syneresis Mitigation

Exposed hydroxyl groups lock free water into a stable, non-thixotropic hydrogel architecture, serving as a structural defense against retrogradation and syneresis in dehydrated meal replacements. It stabilizes water phase immobilization, preventing weeping or structural collapse during multi-cycle freeze-thaw stresses.

Applications

Plant-Based Dairy Alternatives & Oat Milk Processing

The hydrocolloid acts as a natural lipid-mimetic texturizer in commercial oat milk and plant-based creamer formulations, simulating a creamy mouthfeel without lipid oxidation risks. It remains structurally uncompromised under high-shear 200–250 bar homogenization and continuous UHT thermal sanitation loops, stabilizing fat-water emulsions and preventing serum separation during distribution.

Dehydrated Meal Replacement Powders & Nutritional Shakes

Integrated at an 80-mesh particle distribution, the powder facilitates instantaneous dry-blend uniformity alongside plant proteins and vitamins without generating static agglomeration. Upon consumer reconstitution, the hydration kinetics yield smooth dispersion within 20–30 minutes at room temperature, expanding the macromolecular network to provide stable satiety viscosity without sandy mouthfeel or sediment precipitation.

Gluten-Free Bakery Products & Mechanical Dough Extrusion

The ingredient acts as a binding agent and cellular reinforcing network in gluten-free flour matrices, compensating for the lack of elastic gluten webs during mechanical mixing and thermal baking. Its water-holding capacity controls crumb staling rates and moisture migration, preventing cracking in extruded bars and maintaining crumb elasticity over shelf life.

Functional Gummy Satiety Matrix & Soft-Chew Delivery Systems

Operating safely within a neutral pH 6.0–8.0 operational window, the polysaccharide fits smoothly into pectin or gelatin hydrogel boiling systems without causing acid-induced premature gelling. The polymer chain network cross-links evenly inside the mold cavities, guaranteeing consistent gel strength, clean demolding properties, and synersis-free structural integrity under ambient storage.

Topical Emulsion Systems & Skin Barrier Personal Care

For cosmetic personal care formulations, this water-soluble fraction serves as a non-tacky film-forming moisture barrier that integrates into O/W cream bases without disrupting emulsion stability. The controlled ash content (<= 5.0%) and low heavy metals (Pb <= 0.2 ppm) guarantee regulatory admission in clean-beauty topical lotions designed for sensitive skin barrier repair.

Technical FAQ

Q1: How does the residual moisture within the raw oat glucan matrix interact with factory relative humidity parameters to cause tablet core glazing or capsule pin sticking during continuous automated rotary press runs?

A: The moisture of the raw oat glucan is restricted to under 6.0% via vacuum oven drying at 105 deg C (USP <731>). This controls surface melting in solid dosage cleanrooms when ambient relative humidity is regulated below 45%, preventing tool die-sticking on high-speed presses and capsule pins.

Q2: What molecular mechanism allows the non-GMO oat bran fiber extract to maintain its specific shear thinning characteristics under typical industrial ultra-high temperature processing parameters without suffering viscosity breakdown?

A: The unbranched (1->3)(1->4)-beta-D-glucan structure inside the non-GMO oat bran fiber extract resists extreme thermal forces. The chains remain intact under continuous UHT sanitation loops at 138–142 deg C and pressures of 200–250 bar, preserving a molecular weight of 1 x 10^5 to 1 x 10^6 Daltons.

Q3: How does the specific particle distribution profile of the oat derived soluble dietary fiber fraction eliminate the formation of hydrophobic agglomerates during industrial cold water dispersion loops?

A: The oat derived soluble dietary fiber features a physical standardization where at least 95% passes through 80 mesh with a bulk density of 0.40–0.60 g/mL. This layout ensures rapid wetting in batch mixers at 20–25 deg C, suppressing dry cores and eliminating "fish-eyes" within 20–30 minutes.

B2B Sourcing & Global Supply Capabilities

• Two-Decade Manufacturing & Custom R&D Infrastructure

• Established in 2000, Green Spring Technology operates continuous plant extraction matrices providing an annual production yield exceeding 450 Metric Tons. An independent, in-house R&D and QC Laboratory equipped with HPLC, GC, and ICP-MS setups drives advanced product customization, modifying fiber particle geometry and hydrocolloid viscosity to align with strict client formulation criteria.

• Dual-Tier Flexible Sourcing & Paris JIT Logistical Node

• To support both early-stage validation and large-scale manufacturing, the supply framework offers a flexible factory-direct MOQ of 1 kg, alongside free 10g to 50g samples for pilot R&D trials. Bulk commercial volume is securely shipped in industrial 25 kg fiber drums, while a regional front-end warehouse in Paris, France bypasses ocean customs delays to achieve JIT European delivery within 2 to 5 business days.

• Global Customs Clearance Compliance & Risk Mitigation

• Green Spring Technology delivers seamless regulatory documentation pipelines to eliminate international port clearance friction and import compliance risks. Every batch shipment is coupled with a complete, machine-readable verification dossier, including authenticated certificates of analysis (COA), organic transaction certificates (TCs), non-GMO statements, and comprehensive technical datasheets (TDS).